Advancement of the Taipei MRT Brings Easy Travel and Greater Prosperity 2014 was a year to celebrate for the Taipei MRT. Following the inauguration of the Xinyi Line in 2013, the Songshan Line filled in the last missing piece of the downtown Taipei MRT network when it opened to the public on November 15, 2014. The Taipei MRT consists of several L-shaped routes that connect in a grid-shaped network downtown and expand into surrounding suburban areas. By ushering in a new transportation era, the Taipei MRT has brought greater prosperity to the Taipei metropolitan area by allowing residents to realize their dream of a world-class metro service. Nearly 40 years have passed since planning of the Taipei MRT was launched in 1975. Currently, the system carries an average of 2 million passenger trips per day. It is hard to imagine Taipei without the MRT – this would mean another 2 million trips made daily using other transportation modes, such as private cars, scooters, bikes, buses, etc. The air and noise pollution would severely impact everyday life. With the Taipei MRT, the public greatly benefits from a safe, convenient, and rapid transit service. The Taipei MRT, Taiwan's first metro system, brings the city's development into line with great international metropolises such as New York, London, Paris, and Tokyo. Its foundation of cultivation, rebirth, creation, and technology has left a profound historic imprint. XII Cover Story Network Expansion Brings Record Traffic Volume The inauguration of the Muzha Line, the first medium-capacity transit system of the Taipei MRT, on March 28, 1996, introduced a new transportation experience to the general public. The Muzha Line ushered in The artwork “Winding River, Flourishing Flowers, Dome a new chapter of the nation's transportation of Lights” at the Songshan Line's Songshan Station industry and rapid expansion of living space. Upon the opening of the Songshan Line on November 15, 2014, the Taipei MRT network grew to 134.6 kilometers in length (129.2 kilometers of which is operational) and 116 stations. Rapid growth in ridership has accompanied the rapid expansion of service. When the Muzha Line opened in 1996, it carried approximately 40,000 passenger trips per day. As new routes were completed, daily ridership grew, reaching an average of 1.867 million passenger trips in October 2014. After Taipei Nangang Exhibition Center Station on the Wenhu the opening of the Songshan Line, average Line daily ridership surpassed the 2-million mark (reaching 2.098 million in December 2014). According to Taipei Rapid Transit Corporation (TRTC) statistics, accumulated traffic volume at the end of 2014 was 6.798 billion passenger. A New MRT Line Every Year to Connect Urban Transport Arteries Each individual MRT line varies in planning, design, construction, and public issues, causing a variety of challenges for construction teams. When MRT construction began, a lack of domestic experience led the Department of Rapid Transport Systems (DORTS) to depend on overseas expertise. In accordance with urban development and transport corridor demand, several L-shaped routes were planned in the shape of a downtown grid- shaped network. Since independent routes were not able to create as many benefits as a network, DORTS launched six routes simultaneously. Following the completion of two double-cross routes in downtown Taipei, the Bannan Line was extended to Nangang and Banqiao on December 25, 2008; the Wenhu Line was completed in 2009; the Zhonghe- Xinlu Line was extended to the Luzhou, Sanchong, and Xinzhuang areas between 2010 and 2012; and the Xinyi and Songshan Lines opened in 2013 and 2014, respectively. Currently, three north-south and three east-west lines form a comprehensive grid-shaped network. A major administrative goal of Taipei Mayor Hau Lung-bin was achieved – the opening of one MRT line each year. XIII For future MRT projects, categorized together as Stage 2, the DORTS is implementing design and construction of the Tucheng extension to Dingpu, a section of the Taiwan Taoyuan International Airport Line in Taipei from Sanchong to Taipei Main Station, Phase I of the Circular Line, Phase I of the Wanda-Zhonghe-Shulin Line, and the eastern extensions of the Xinyi Line. To meet strong demand for MRT service among residents in farther areas, the DORTS has continued to plan more routes in line with regional development and public suggestions. Currently, feasibility studies and comprehensive planning reports are underway for the Minsheng-Xizhi Line, the north and south sections of the Circular Line, the Sanying Line, the Ankeng Line, the North-South Line, and the Shezi-Shilin-Beitou light rail transit network. After the reports and financing receive approval from the central government, construction will begin. The Birth of a New MRT Line Involves Conflict and Encouragement, Technology and Beauty, and Anticipation Constructing an MRT line is full of difficulties and challenges. It requires constant communication and coordination with the public and other government agencies to gain their support and assistance. Through mutual effort and professional expertise, the construction teams responsible for the Taipei MRT overcame numerous unexpected challenges as they completed one line after another. By integrating technology and aesthetics, the MRT serves not only as a convenient transportation system but also as an integral part of everyday life, urban development, and international tourism. Construction of the Taipei MRT combined significant investment, long construction periods, huge traffic volumes, and intricate underground utility pipelines. As a number of main Taipei MRT lines pass through densely-populated transport corridors, maintaining smooth traffic flow to minimize inconvenience is critical. Construction of a metro network is more complicated than other public infrastructure projects. Common ducts and environmental renewal were Public artwork “Spring Light Appears” at the Xinyi Line's Daan Park Station XIV Cover Story conducted in conjunction with the construction of the Xinyi and Songshan Lines to avoid repeated excavation, minimize the impact of construction on traffic and the city landscape, and avoid inconveniencing the public. This greatly facilitated pipeline maintenance and boosted the MRT's economic benefits. Numerous tough challenges were encountered during Taipei MRT construction. Construction of the Xinzhuang and Xinyi Lines involved a total of 5,062 m of two up- and-down tracks for each route and a common duct 820 m in length. The five tunnels intersecting at different levels beneath Hangzhou Road Section 2, coupled with a confined working space, were a first for Taiwan. Construction of the Xinzhuang Line, which started with the launch of three shield tunneling machines through the down-track tunnel on September 15, 2005, and concluded with the assemblage of the last ring, of the up-track tunnel, Ring No.1297, on January 17, 2009, took three years and four months. Another challenge was a 72-meter-deep diaphragm wall (approximately 24 stories tall) at the Jingmei gravel stratum, the deepest diaphragm wall on the Taipei MRT. It was built for the 216-meter-long, 38.5-meter-wide Dongmen Station structure and is one of several public infrastructure records set by the Taipei MRT. The Taipei MRT Presents Static and Dynamic Beauty While Fostering Birth and Rebirth Apart from providing the general public with a convenient transportation mode, the Taipei MRT infuses vitality into the city by contributing to an orderly society and a comfortable community activity space. Diverse MRT stations activate the cityscape, and public art brings culture to everyday life. With the development of the MRT network, Taipei has become one of the most livable cities in the world. Construction of the Taipei MRT was not rigid. Diverse architectural concepts and public art created new images for the city. For example, the majestic dragon boat-shaped roof of Jiantan Station on the Tamsui Line has become a famous landmark. Daan Park Station on the Xinyi Line features the design concept of “MRT, sunshine and forest” by presenting a sunken ecological courtyard, a naturally-lit hall, two light towers, cascades, and pools. Together, these features comprise a cozy leisure environment. With a majority of MRT routes passing through densely-populated areas, when public land is not available, it is critical to gain support and acquire privately-held land for the establishment of MRT facilities such as stations, entrances/exits and vent shafts. Referring to the experiences of other developed nations, the Ministry of Transportation and Communications incorporated a land development mechanism into the Mass Rapid Transit Act. This mechanism is unprecedented for providing landowners with an alternative choice before expropriation. XV The land development mechanism involves a series of procedures: land boundary designation, urban rezoning, and land acquisition. These are followed by investor solicitation, review, construction management, negotiation of rights and interests allocation, and finally executing publicly-owned property operation and management. This mechanism has achieved a multi-win situation among public and private interests while achieving efficient land use. Current achievements include the completion of urban rezoning at 83 construction sites, development on more than 65 hectares of land, and land acquisition savings of NT$35 billion. Significant benefits such as these have won praise from various sectors. Implementation of the land development mechanism has not only solved the problem of land acquisition for MRT facilities but also boosted prosperity in areas surrounding the MRT. It has contributed to regional reactivation, a new city landscape, and a rebirth of the city. The DORTS emphasizes protection of historic relics, such as the former Department of Railways' Taipei Workshop, which also served as the Taiwan Railways Auditorium. The building, located to the northeast of the Songshan Line's Beimen Station, was to be affected by station construction. It was therefore temporarily moved 30 meters southeast along Tacheng Street then returned to its original location following station completion.